CA10914_STRADA-B

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Optics require specialized components and equipment to properly manipulate light, and lens systems are among the most essential components. The CA10914_STRADA-B is an advanced, versatile lens that can be used in a variety of optical applications, ranging from mobile devices to advanced telescopes. This article will discuss the technical aspects of this lens, as well as its application field and working principles.

Specification and Features

The CA10914_STRADA-B lens was designed for the 12” internal diameter (ID) range and has a F2.4 focal ratio. It has a focal length of 425 mm and a total track length of 800 mm. It is constructed using pure aspheric glass elements, which provide superior distortion and aberration control. Additionally, it features eight "plenty" adaptive surfaces, allowing for optimized performance over the full field of view.

The CA10914_STRADA-B has a high-temperature thermal design, making it suitable for use in extreme climate conditions. Additionally, it employs a breakthrough multi-layer dielectric coating to reduce ghosting and reflection, while also providing higher transmittance compared to a conventional single-layer coating.

Application Field

The CA10914_STRADA-B is an ideal lens for any application where optics are called upon to capture images, apply refractive and imaging focusing, and manipulate light waves. These applications can range from use in mobile devices such as microscopes and cameras, to telescopes used in astronomy, to remote sensing instruments found in satellites. Due to its superior imaging clarity and focus, the CA10914_STRADA-B is also suitable for applications such as medical imaging, automotive safety, and security monitoring.

Working Principle

The CA10914_STRADA-B lens utilizes a combination of aspheric elements and adaptive surfaces to achieve its excellent imaging performance. Aspheric elements are typically used to minimize optical aberrations, while adaptive surfaces can be used to dynamically adjust the optical path to obtain better focus. This lens also makes use of a multi-layer dielectric coating to reduce ghosting and reflections, while also increasing transmittance. The result is improved image resolution, contrast, and color accuracy.

The CA10914_STRADA-B lens also utilizes a unique thermal design. By introducing advanced heat sinks and efficient cooling systems, the lens is able to maintain its performance in extreme climates without suffering a decrease in imaging quality. This feature allows the CA10914_STRADA-B to maintain its optical performance in a variety of conditions, from low temperatures to high humidity.

Conclusion

The CA10914_STRADA-B is a versatile, advanced lens that can be used in a variety of optical applications. It combines aspheric elements, adaptive surfaces, and a multi-layer dielectric coating to achieve superior imaging quality and vastly improved resolution, contrast, and color accuracy. Additionally, its advanced thermal design makes it suitable for use in extreme climatic conditions. As such, the CA10914_STRADA-B is the perfect lens for any optical application requiring precision and accuracy.

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